Self-engaging non-reciprocating charging handle

1. A non-reciprocating charging handle comprising:

a. an elongate handle body defining a longitudinal axis and having forward and rearward ends, a top side with a containment trough, and an orifice within the trough;

b. an engagement latch, further comprising a hook end and a ventral spur, pivotably mounted within the trough in the top side of the handle body, along the longitudinal axis such that the hook end is positioned beyond the rearward end of the handle body; and

c. a handle blade projecting to at least one side of the charging handle;

wherein, when the charging handle is non-operative, the ventral spur passes through the orifice in the handle body and engages a barrel trunnion so as to bias the engagement latch upwards and, when the charging handle is operative, the ventral spur disengages from said barrel trunnion, allowing the engagement latch to drop into an operative position.

2. The non-reciprocating handle of claim 1 , further comprising a secondary latch, located near the forward end of the charging handle, pivotably mounted and spring biased to interface with a receiver of a firearm when the charging handle is non-operative and in operable communication with the handle blade such that movement of the handle blade counteracts the spring bias and releases engagement of the secondary latch from the receiver.

3. A non-reciprocating charging handle comprising:

a. An elongate charging handle base, defining a top side, a longitudinal axis, and having forward and rearward ends, said charging handle base further comprising a rearward trough with a centrally located hole, said trough extending to the rearward end of the charging handle base and two spring housings located on the top side;

b. An engagement latch further comprising a latch hook and a ventral spur, the engagement latch pivotably mounted within the rearward trough such that the ventral spur may pass through the centrally located hole and the latch hook extends beyond the rearward end of the charging handle base;

c. A handle positioned between the two spring housings;

d. A handle follower abutting the handle and at least partially residing in one of the spring housings;

e. A first biasing spring located in the same spring housing as the handle follower, abutting the same and biasing the handle follower and handle away from the spring housing;

f. A securement latch located at a mouth of the remaining spring housing, pivotably mounted to allow for motion;

g. A second biasing spring, residing in the remaining spring housing and biasing the securement latch in a manner to pivot the securement latch away from the longitudinal axis; and

h. An actuator slide, at least partially covering the spring housings, handle and securement latch and capable of some motion along the longitudinal axis, the actuator slide interfacing with the securement latch in a manner to counteract the bias caused by the second biasing spring when the actuator slide is moved in a direction and is biased in an opposite direction by the handle and the first biasing spring.

4. A latching handle assembly for a device with an elongate body with a longitudinal axis which slidably engages an environment structure, the handle comprising:

a. A handle positioned between two spring housings on a top side of the elongate body;

b. A handle follower abutting the handle and at least partially residing in one of the spring housings;

c. A first biasing spring located in the same spring housing as the handle follower, abutting the same and biasing the handle follower and handle away from the spring housing;

d. A securement latch located at a mouth of the remaining spring housing, pivotably mounted to allow for motion;

e. A second biasing spring, residing in the remaining spring housing and biasing the securement latch in a manner to pivot the securement latch away from a longitudinal axis; and

f. An actuator slide, at least partially covering the spring housings, handle and securement latch and capable of some motion along the longitudinal axis, the actuator slide interfacing with the securement latch in a manner to counteract the bias caused by the second biasing spring when the actuator slide is moved in a direction and is biased in an opposite direction by the handle and the first biasing spring.